lat_lon.py

lat_slice = dict()
lat_slice["p1"] = (52,54)
lat_slice["p2"] = (52,54)
lat_slice["p3"] = (52,54)

lon_slice = dict()
lon_slice["p1"] = (60,62)
lon_slice["p2"] = (62,64)
lon_slice["p3"] = (64,66)

def translate_coordinate(data, degree_bin, degree_slice,  **kwargs):

    format_degree_mask = kwargs.get("format_degree_mask","{0}{1}")
    format_min_mask = kwargs.get("format_min_mask", "{0}.{1}{2}")

    signal = kwargs.get("lat_signal", "")    

    degrees = int(degree_bin[1:8], 2)
    

    if degrees[:1] == "1":
        lat_signal = "-"

    l_min = format_min_mask.format(    
        str(int(str(data[degree_slice["p1"](0)]:degree_slice["p1"](1)], 'UTF8'), 16)).zfill(2),
        str(int(str(data[degree_slice["p2"](0):degree_slice["p2"](1)], 'UTF8'), 16)).zfill(2),
        str(int(str(data[degree_slice["p3"](0):degree_slice["p1"](1)], 'UTF8'), 16)).zfill(2)
    )


    result =  format_degree_mask.format(
        signal,
        str((degrees + (float(l_min) / 60)))
    )

    return result
    
# Uso:
d="002967317985401300001021400010c1400002004114190aff9e004354b3092545002d00000a0310ec"
latitude = translate_coordinate(d, Helpers.hexToBinary(d[50:52]), lat_slice)
longitude = translate_coordinate(d, Helpers.hexToBinary(d[58:60]), lon_slice)